CN204957715U - Production line conveyer carton centering mechanism - Google Patents

Production line conveyer carton centering mechanism Download PDF

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Publication number
CN204957715U
CN204957715U CN201520607734.6U CN201520607734U CN204957715U CN 204957715 U CN204957715 U CN 204957715U CN 201520607734 U CN201520607734 U CN 201520607734U CN 204957715 U CN204957715 U CN 204957715U
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China
Prior art keywords
adapter plate
swing arm
timber
tooth bar
bearings
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Expired - Fee Related
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CN201520607734.6U
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Chinese (zh)
Inventor
赖庆辉
周金华
苏微
高筱钧
李莹莹
迟琳芯
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Kunming University of Science and Technology
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Kunming University of Science and Technology
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Priority to CN201520607734.6U priority Critical patent/CN204957715U/en
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Publication of CN204957715U publication Critical patent/CN204957715U/en
Expired - Fee Related legal-status Critical Current
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Abstract

The utility model relates to a production line conveyer carton centering mechanism belongs to machinery and industrial automation design field. The utility model discloses a swing arm I, mounting panel I, support, slide bearing, sliding shaft, riser, two -way cylinder, back timber, mounting panel II, swing arm II, rack I, extension board, extension board fixed axle, gear, rack II. The utility model discloses a carry out the centering along production line transmission direction on the conveyer, what centering mechanism accomplished is along the horizontal ascending centering location of production line, proofreads at transmission device itself between a plurality of stations under the prerequisite of reference frame unanimity, and the carton can keep the centering result of same level between a plurality of stations to phase is realized higher centering precision, is correspondingly improved assembly line automated production's work efficiency, can improve productivity greatly, alleviate intensity of labour, reduction in production cost has improved the market competition ability of product.

Description

A kind of manufacturing line conveyer carton centering body
Technical field
The utility model relates to a kind of manufacturing line conveyer carton centering body, belongs to machinery and automation of industry design field.
Background technology
In process for workshop pipelining, the centering of freight forwarding process requires higher, be mainly the implanted device that conveyor line conveying is designed supporting, and this equipment strictly fulfils the designing requirement of job-shop automation machinery.
On-the-spot in suitability for industrialized production, normally need same plate to transmit between multiple continuous print station, in conveying operation process, the accuracy of alignment of paper boxed goods is the most key.Traditional method is artificial non-productive operation, or carry out centering work by a small amount of instrument, this method is lost time, waste of manpower, simultaneously also dangerous, be unfavorable for the production of factory and enterprise, reduce production efficiency, therefore need to seek a kind of quick, convenient, method that structure is simple and safe and reliable to complete this work.
Summary of the invention
The utility model provides a kind of manufacturing line conveyer carton centering body, for in solution manufacturing line upper paper box course of conveying, to it, centering operation is carried out to the traffic requirements of carton, the centering of current manufacturing line upper paper box mainly relies on manual operations, labour intensity is large, production efficiency and operation quality low, fast speed automated job cannot be realized, be unfavorable for the problem of the raising of production efficiency.
The technical solution of the utility model is: a kind of manufacturing line conveyer carton centering body, comprises swing arm I 3, adapter plate I 4, bearing 5, plain bearing 6, slide shaft 7, riser 8, two-way cylinder 9, back timber 10, adapter plate II 11, swing arm II 12, tooth bar I 13, support plate 14, support plate anchor shaft 16, gear 17, tooth bar II 18;
Described swing arm I 3 is bolted and links together with adapter plate I 4; One end of adapter plate I 4 and riser 8 link together and keep riser 8 and adapter plate I 4 at right angle setting; The cylinder rod of two-way cylinder 9 utilizes bolt to be fastened in the upper end hole of riser 8; The cylinder sleeve of two-way cylinder 9 is also bolted and is fixed on (to ensure that cylinder can make crank motion flexibly) on back timber 10; 8 bearings 5 are bolted respectively according to four rows, the installation position be fixedly mounted on below back timber 10 that two one row are mutually corresponding; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate I 4, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 left lower installation respectively, ensure that the degree of freedom of swing arm I 3 is subject to better restriction; Swing arm II 12 is bolted and links together with adapter plate II 11; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate II 11, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 lower right side installation respectively, ensure that the degree of freedom of swing arm II 12 is subject to better restriction; The both sides of support plate anchor shaft 16 have helicitic texture, the mounting hole of its one end and back timber 10 midway location is threaded connection and is fixed together, and it is that the position that can limit tooth bar I 13 and tooth bar II 18 remains on a horizontal surface that the other end is provided with its Main Function of support plate 14(); In support plate anchor shaft 16 middle part, gear 17 is installed, bearing (to ensure that gear 17 rotates flexibly under the effect of tooth bar I 13 and tooth bar II 18) is installed in the middle of gear 17, tooth bar II 18 is arranged on adapter plate I 4, tooth bar I 13 is arranged on adapter plate II 11, tooth bar II 18 driven gear 17 synchronous axial system, gear 17 is with carry-over bar I 13 to move.
Also comprise roller 15, described roller 15 is arranged on the both sides of the adapter plate in the middle of back timber 10.
Conveyer 1 and the installation site of swing arm I 3, swing arm II 12 keep symmetrical and install (better to ensure that carton 2 is carried in the center of conveyer 1).
Same level (so that ensure I 13, gear 17 and tooth bar II 18, better to engage between gear 17, ensureing the conformability of transmitting ratio) will be remained in described tooth bar I 13, gear 17, tooth bar II 18 installation process.
Described swing arm I 3, swing arm II 12 setting height(from bottom) will be consistent (so that the centering carton more coordinated in working process).
Wherein, in the middle of described gear 17, bearing 6202 is installed; Described two-way cylinder 9 can do back and forth movement, and the scope of motion can be finely tuned; In order to better ensure tooth bar I 13, tooth bar II 18 better engages with gear 17, do not produce and jump tooth problem, the both sides of the adapter plate in the middle of back timber 10 are all provided with roller 15, better to ensure that the sense of motion of tooth bar I 13 and tooth bar II 18 is constant, the throughput direction of carton 2 in the center of conveyer according to conveyer 1 moves; Complete installation.
Principle of work of the present utility model is:
When carton 2 works on manufacturing line conveyer, because manufacturing line is to the conveying requirement of carton 2, sometimes carton 2 needs the delivery conduit of constantly change in the process of conveying, and this also requires to become more and more higher to the centering of carton 2 course of conveying.When carton 2 is transported to the position of carton centering body through conveyer 1 time, manufacturing line conveyer carton centering body is started working, first be that two-way cylinder 9 is started working, the riser 8 pulling cylinder rod to connect, because riser 8 and adapter plate I 4 link together, the swing arm I 3 that adapter plate I 4 is installed is driven to move right together with two plain bearing 6 slide shafts 7, the tooth bar II 18 that adapter plate I 4 is installed also follows adapter plate I 4 to move right, roller 15 ensure that tooth bar II 18 and tooth bar I 13 and complete the meshing together of gear 17, with hour rack II 18 driven gear 17 synchronous axial system, gear 17 is with carry-over bar I 13 to left movement.Tooth bar I 13 drives adapter plate II 11 to left movement, two plain bearings 6 meanwhile adapter plate II 11 installed also move left together along two of right side slide shafts 7, simultaneously adapter plate II 11 also driven being synchronized with the movement of swing arm II 12 to left movement, better to realize the centering of pipeline carton.
The beneficial effects of the utility model are:
1, achieve and carry out centering along manufacturing line transmission direction on a conveyor, what centering body completed is along manufacturing line centering location transversely, under the prerequisite that transport sector check and correction reference system itself is consistent between multiple station, carton can keep the centering result of same level between multiple station, to realizing higher accuracy of alignment, correspondingly improving the work efficiency of conveyor line automated production.
2, greatly can raise labour productivity, reduce labor intensity, reduce productive costs, improve the market competitiveness of product.
3, this reasonable in design, operation quality is good, and operating efficiency is high, and operation is reliable, and generalization degree is high, meets the requirement of workshop conveyor line automated production completely.
Accompanying drawing explanation
Fig. 1 is front view of the present utility model;
Fig. 2 is left view of the present utility model;
Fig. 3 is local mounting structure schematic diagram of the present utility model;
Fig. 4 is movable parts mounting structure schematic diagram of the present utility model;
Fig. 5 is local detail mounting structure schematic diagram of the present utility model;
Each label in figure: 1-conveyer, 2-carton, 3-swing arm I, 4-adapter plate I, 5-bearing, 6-plain bearing, 7-slide shaft, 8-riser, the two-way cylinder of 9-, 10-back timber, 11-adapter plate II, 12-swing arm II, 13-tooth bar I, 14-support plate, 15-roller, 16-support plate anchor shaft, 17-gear, 18-tooth bar II.
Detailed description of the invention
Embodiment 1: as Figure 1-5, a kind of manufacturing line conveyer carton centering body, comprises swing arm I 3, adapter plate I 4, bearing 5, plain bearing 6, slide shaft 7, riser 8, two-way cylinder 9, back timber 10, adapter plate II 11, swing arm II 12, tooth bar I 13, support plate 14, support plate anchor shaft 16, gear 17, tooth bar II 18;
Described swing arm I 3 is bolted and links together with adapter plate I 4; One end of adapter plate I 4 and riser 8 link together and keep riser 8 and adapter plate I 4 at right angle setting; The cylinder rod of two-way cylinder 9 utilizes bolt to be fastened in the upper end hole of riser 8; The cylinder sleeve of two-way cylinder 9 is also bolted and is fixed on back timber 10; 8 bearings 5 are bolted respectively according to four rows, the installation position be fixedly mounted on below back timber 10 that two one row are mutually corresponding; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate I 4, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 left lower installation respectively, ensure that the degree of freedom of swing arm I 3 is subject to better restriction; Swing arm II 12 is bolted and links together with adapter plate II 11; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate II 11, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 lower right side installation respectively, ensure that the degree of freedom of swing arm II 12 is subject to better restriction; The both sides of support plate anchor shaft 16 have helicitic texture, and the mounting hole of its one end and back timber 10 midway location is threaded connection and is fixed together, and the other end is provided with support plate 14; In support plate anchor shaft 16 middle part, gear 17 is installed, be provided with bearing in the middle of gear 17, tooth bar II 18 is arranged on adapter plate I 4, and tooth bar I 13 is arranged on adapter plate II 11, tooth bar II 18 driven gear 17 synchronous axial system, gear 17 is with carry-over bar I 13 to move.
Also comprise roller 15, described roller 15 is arranged on the both sides of the adapter plate in the middle of back timber 10.
Conveyer 1 and the installation site of swing arm I 3, swing arm II 12 keep symmetrical and install.
Same level will be remained in described tooth bar I 13, gear 17, tooth bar II 18 installation process.
Described swing arm I 3, swing arm II 12 setting height(from bottom) will be consistent.
Embodiment 2: as Figure 1-5, a kind of manufacturing line conveyer carton centering body, comprises swing arm I 3, adapter plate I 4, bearing 5, plain bearing 6, slide shaft 7, riser 8, two-way cylinder 9, back timber 10, adapter plate II 11, swing arm II 12, tooth bar I 13, support plate 14, support plate anchor shaft 16, gear 17, tooth bar II 18;
Described swing arm I 3 is bolted and links together with adapter plate I 4; One end of adapter plate I 4 and riser 8 link together and keep riser 8 and adapter plate I 4 at right angle setting; The cylinder rod of two-way cylinder 9 utilizes bolt to be fastened in the upper end hole of riser 8; The cylinder sleeve of two-way cylinder 9 is also bolted and is fixed on back timber 10; 8 bearings 5 are bolted respectively according to four rows, the installation position be fixedly mounted on below back timber 10 that two one row are mutually corresponding; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate I 4, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 left lower installation respectively, ensure that the degree of freedom of swing arm I 3 is subject to better restriction; Swing arm II 12 is bolted and links together with adapter plate II 11; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate II 11, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 lower right side installation respectively, ensure that the degree of freedom of swing arm II 12 is subject to better restriction; The both sides of support plate anchor shaft 16 have helicitic texture, and the mounting hole of its one end and back timber 10 midway location is threaded connection and is fixed together, and the other end is provided with support plate 14; In support plate anchor shaft 16 middle part, gear 17 is installed, be provided with bearing in the middle of gear 17, tooth bar II 18 is arranged on adapter plate I 4, and tooth bar I 13 is arranged on adapter plate II 11, tooth bar II 18 driven gear 17 synchronous axial system, gear 17 is with carry-over bar I 13 to move.
Conveyer 1 and the installation site of swing arm I 3, swing arm II 12 keep symmetrical and install.
Same level will be remained in described tooth bar I 13, gear 17, tooth bar II 18 installation process.
Described swing arm I 3, swing arm II 12 setting height(from bottom) will be consistent.
Embodiment 3: as Figure 1-5, a kind of manufacturing line conveyer carton centering body, comprises swing arm I 3, adapter plate I 4, bearing 5, plain bearing 6, slide shaft 7, riser 8, two-way cylinder 9, back timber 10, adapter plate II 11, swing arm II 12, tooth bar I 13, support plate 14, support plate anchor shaft 16, gear 17, tooth bar II 18;
Described swing arm I 3 is bolted and links together with adapter plate I 4; One end of adapter plate I 4 and riser 8 link together and keep riser 8 and adapter plate I 4 at right angle setting; The cylinder rod of two-way cylinder 9 utilizes bolt to be fastened in the upper end hole of riser 8; The cylinder sleeve of two-way cylinder 9 is also bolted and is fixed on back timber 10; 8 bearings 5 are bolted respectively according to four rows, the installation position be fixedly mounted on below back timber 10 that two one row are mutually corresponding; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate I 4, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 left lower installation respectively, ensure that the degree of freedom of swing arm I 3 is subject to better restriction; Swing arm II 12 is bolted and links together with adapter plate II 11; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate II 11, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 lower right side installation respectively, ensure that the degree of freedom of swing arm II 12 is subject to better restriction; The both sides of support plate anchor shaft 16 have helicitic texture, and the mounting hole of its one end and back timber 10 midway location is threaded connection and is fixed together, and the other end is provided with support plate 14; In support plate anchor shaft 16 middle part, gear 17 is installed, be provided with bearing in the middle of gear 17, tooth bar II 18 is arranged on adapter plate I 4, and tooth bar I 13 is arranged on adapter plate II 11, tooth bar II 18 driven gear 17 synchronous axial system, gear 17 is with carry-over bar I 13 to move.
Also comprise roller 15, described roller 15 is arranged on the both sides of the adapter plate in the middle of back timber 10.
Conveyer 1 and the installation site of swing arm I 3, swing arm II 12 keep symmetrical and install.
Embodiment 4: as Figure 1-5, a kind of manufacturing line conveyer carton centering body, comprises swing arm I 3, adapter plate I 4, bearing 5, plain bearing 6, slide shaft 7, riser 8, two-way cylinder 9, back timber 10, adapter plate II 11, swing arm II 12, tooth bar I 13, support plate 14, support plate anchor shaft 16, gear 17, tooth bar II 18;
Described swing arm I 3 is bolted and links together with adapter plate I 4; One end of adapter plate I 4 and riser 8 link together and keep riser 8 and adapter plate I 4 at right angle setting; The cylinder rod of two-way cylinder 9 utilizes bolt to be fastened in the upper end hole of riser 8; The cylinder sleeve of two-way cylinder 9 is also bolted and is fixed on back timber 10; 8 bearings 5 are bolted respectively according to four rows, the installation position be fixedly mounted on below back timber 10 that two one row are mutually corresponding; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate I 4, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 left lower installation respectively, ensure that the degree of freedom of swing arm I 3 is subject to better restriction; Swing arm II 12 is bolted and links together with adapter plate II 11; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate II 11, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 lower right side installation respectively, ensure that the degree of freedom of swing arm II 12 is subject to better restriction; The both sides of support plate anchor shaft 16 have helicitic texture, and the mounting hole of its one end and back timber 10 midway location is threaded connection and is fixed together, and the other end is provided with support plate 14; In support plate anchor shaft 16 middle part, gear 17 is installed, be provided with bearing in the middle of gear 17, tooth bar II 18 is arranged on adapter plate I 4, and tooth bar I 13 is arranged on adapter plate II 11, tooth bar II 18 driven gear 17 synchronous axial system, gear 17 is with carry-over bar I 13 to move.
Also comprise roller 15, described roller 15 is arranged on the both sides of the adapter plate in the middle of back timber 10.
Same level will be remained in described tooth bar I 13, gear 17, tooth bar II 18 installation process.
Embodiment 5: as Figure 1-5, a kind of manufacturing line conveyer carton centering body, comprises swing arm I 3, adapter plate I 4, bearing 5, plain bearing 6, slide shaft 7, riser 8, two-way cylinder 9, back timber 10, adapter plate II 11, swing arm II 12, tooth bar I 13, support plate 14, support plate anchor shaft 16, gear 17, tooth bar II 18;
Described swing arm I 3 is bolted and links together with adapter plate I 4; One end of adapter plate I 4 and riser 8 link together and keep riser 8 and adapter plate I 4 at right angle setting; The cylinder rod of two-way cylinder 9 utilizes bolt to be fastened in the upper end hole of riser 8; The cylinder sleeve of two-way cylinder 9 is also bolted and is fixed on back timber 10; 8 bearings 5 are bolted respectively according to four rows, the installation position be fixedly mounted on below back timber 10 that two one row are mutually corresponding; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate I 4, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 left lower installation respectively, ensure that the degree of freedom of swing arm I 3 is subject to better restriction; Swing arm II 12 is bolted and links together with adapter plate II 11; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate II 11, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 lower right side installation respectively, ensure that the degree of freedom of swing arm II 12 is subject to better restriction; The both sides of support plate anchor shaft 16 have helicitic texture, and the mounting hole of its one end and back timber 10 midway location is threaded connection and is fixed together, and the other end is provided with support plate 14; In support plate anchor shaft 16 middle part, gear 17 is installed, be provided with bearing in the middle of gear 17, tooth bar II 18 is arranged on adapter plate I 4, and tooth bar I 13 is arranged on adapter plate II 11, tooth bar II 18 driven gear 17 synchronous axial system, gear 17 is with carry-over bar I 13 to move.
Also comprise roller 15, described roller 15 is arranged on the both sides of the adapter plate in the middle of back timber 10.
Described swing arm I 3, swing arm II 12 setting height(from bottom) will be consistent.
Embodiment 6: as Figure 1-5, a kind of manufacturing line conveyer carton centering body, comprises swing arm I 3, adapter plate I 4, bearing 5, plain bearing 6, slide shaft 7, riser 8, two-way cylinder 9, back timber 10, adapter plate II 11, swing arm II 12, tooth bar I 13, support plate 14, support plate anchor shaft 16, gear 17, tooth bar II 18;
Described swing arm I 3 is bolted and links together with adapter plate I 4; One end of adapter plate I 4 and riser 8 link together and keep riser 8 and adapter plate I 4 at right angle setting; The cylinder rod of two-way cylinder 9 utilizes bolt to be fastened in the upper end hole of riser 8; The cylinder sleeve of two-way cylinder 9 is also bolted and is fixed on back timber 10; 8 bearings 5 are bolted respectively according to four rows, the installation position be fixedly mounted on below back timber 10 that two one row are mutually corresponding; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate I 4, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 left lower installation respectively, ensure that the degree of freedom of swing arm I 3 is subject to better restriction; Swing arm II 12 is bolted and links together with adapter plate II 11; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate II 11, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 lower right side installation respectively, ensure that the degree of freedom of swing arm II 12 is subject to better restriction; The both sides of support plate anchor shaft 16 have helicitic texture, and the mounting hole of its one end and back timber 10 midway location is threaded connection and is fixed together, and the other end is provided with support plate 14; In support plate anchor shaft 16 middle part, gear 17 is installed, be provided with bearing in the middle of gear 17, tooth bar II 18 is arranged on adapter plate I 4, and tooth bar I 13 is arranged on adapter plate II 11, tooth bar II 18 driven gear 17 synchronous axial system, gear 17 is with carry-over bar I 13 to move.
Conveyer 1 and the installation site of swing arm I 3, swing arm II 12 keep symmetrical and install.
Same level will be remained in described tooth bar I 13, gear 17, tooth bar II 18 installation process.
Embodiment 7: as Figure 1-5, a kind of manufacturing line conveyer carton centering body, comprises swing arm I 3, adapter plate I 4, bearing 5, plain bearing 6, slide shaft 7, riser 8, two-way cylinder 9, back timber 10, adapter plate II 11, swing arm II 12, tooth bar I 13, support plate 14, support plate anchor shaft 16, gear 17, tooth bar II 18;
Described swing arm I 3 is bolted and links together with adapter plate I 4; One end of adapter plate I 4 and riser 8 link together and keep riser 8 and adapter plate I 4 at right angle setting; The cylinder rod of two-way cylinder 9 utilizes bolt to be fastened in the upper end hole of riser 8; The cylinder sleeve of two-way cylinder 9 is also bolted and is fixed on back timber 10; 8 bearings 5 are bolted respectively according to four rows, the installation position be fixedly mounted on below back timber 10 that two one row are mutually corresponding; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate I 4, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 left lower installation respectively, ensure that the degree of freedom of swing arm I 3 is subject to better restriction; Swing arm II 12 is bolted and links together with adapter plate II 11; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate II 11, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 lower right side installation respectively, ensure that the degree of freedom of swing arm II 12 is subject to better restriction; The both sides of support plate anchor shaft 16 have helicitic texture, and the mounting hole of its one end and back timber 10 midway location is threaded connection and is fixed together, and the other end is provided with support plate 14; In support plate anchor shaft 16 middle part, gear 17 is installed, be provided with bearing in the middle of gear 17, tooth bar II 18 is arranged on adapter plate I 4, and tooth bar I 13 is arranged on adapter plate II 11, tooth bar II 18 driven gear 17 synchronous axial system, gear 17 is with carry-over bar I 13 to move.
Conveyer 1 and the installation site of swing arm I 3, swing arm II 12 keep symmetrical and install.
Described swing arm I 3, swing arm II 12 setting height(from bottom) will be consistent.
Embodiment 8: as Figure 1-5, a kind of manufacturing line conveyer carton centering body, comprises swing arm I 3, adapter plate I 4, bearing 5, plain bearing 6, slide shaft 7, riser 8, two-way cylinder 9, back timber 10, adapter plate II 11, swing arm II 12, tooth bar I 13, support plate 14, support plate anchor shaft 16, gear 17, tooth bar II 18;
Described swing arm I 3 is bolted and links together with adapter plate I 4; One end of adapter plate I 4 and riser 8 link together and keep riser 8 and adapter plate I 4 at right angle setting; The cylinder rod of two-way cylinder 9 utilizes bolt to be fastened in the upper end hole of riser 8; The cylinder sleeve of two-way cylinder 9 is also bolted and is fixed on back timber 10; 8 bearings 5 are bolted respectively according to four rows, the installation position be fixedly mounted on below back timber 10 that two one row are mutually corresponding; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate I 4, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 left lower installation respectively, ensure that the degree of freedom of swing arm I 3 is subject to better restriction; Swing arm II 12 is bolted and links together with adapter plate II 11; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate II 11, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 lower right side installation respectively, ensure that the degree of freedom of swing arm II 12 is subject to better restriction; The both sides of support plate anchor shaft 16 have helicitic texture, and the mounting hole of its one end and back timber 10 midway location is threaded connection and is fixed together, and the other end is provided with support plate 14; In support plate anchor shaft 16 middle part, gear 17 is installed, be provided with bearing in the middle of gear 17, tooth bar II 18 is arranged on adapter plate I 4, and tooth bar I 13 is arranged on adapter plate II 11, tooth bar II 18 driven gear 17 synchronous axial system, gear 17 is with carry-over bar I 13 to move.
Same level will be remained in described tooth bar I 13, gear 17, tooth bar II 18 installation process.
Described swing arm I 3, swing arm II 12 setting height(from bottom) will be consistent.
Embodiment 9: as Figure 1-5, a kind of manufacturing line conveyer carton centering body, comprises swing arm I 3, adapter plate I 4, bearing 5, plain bearing 6, slide shaft 7, riser 8, two-way cylinder 9, back timber 10, adapter plate II 11, swing arm II 12, tooth bar I 13, support plate 14, support plate anchor shaft 16, gear 17, tooth bar II 18;
Described swing arm I 3 is bolted and links together with adapter plate I 4; One end of adapter plate I 4 and riser 8 link together and keep riser 8 and adapter plate I 4 at right angle setting; The cylinder rod of two-way cylinder 9 utilizes bolt to be fastened in the upper end hole of riser 8; The cylinder sleeve of two-way cylinder 9 is also bolted and is fixed on back timber 10; 8 bearings 5 are bolted respectively according to four rows, the installation position be fixedly mounted on below back timber 10 that two one row are mutually corresponding; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate I 4, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 left lower installation respectively, ensure that the degree of freedom of swing arm I 3 is subject to better restriction; Swing arm II 12 is bolted and links together with adapter plate II 11; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate II 11, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 lower right side installation respectively, ensure that the degree of freedom of swing arm II 12 is subject to better restriction; The both sides of support plate anchor shaft 16 have helicitic texture, and the mounting hole of its one end and back timber 10 midway location is threaded connection and is fixed together, and the other end is provided with support plate 14; In support plate anchor shaft 16 middle part, gear 17 is installed, be provided with bearing in the middle of gear 17, tooth bar II 18 is arranged on adapter plate I 4, and tooth bar I 13 is arranged on adapter plate II 11, tooth bar II 18 driven gear 17 synchronous axial system, gear 17 is with carry-over bar I 13 to move.
Also comprise roller 15, described roller 15 is arranged on the both sides of the adapter plate in the middle of back timber 10.
Embodiment 10: as Figure 1-5, a kind of manufacturing line conveyer carton centering body, comprises swing arm I 3, adapter plate I 4, bearing 5, plain bearing 6, slide shaft 7, riser 8, two-way cylinder 9, back timber 10, adapter plate II 11, swing arm II 12, tooth bar I 13, support plate 14, support plate anchor shaft 16, gear 17, tooth bar II 18;
Described swing arm I 3 is bolted and links together with adapter plate I 4; One end of adapter plate I 4 and riser 8 link together and keep riser 8 and adapter plate I 4 at right angle setting; The cylinder rod of two-way cylinder 9 utilizes bolt to be fastened in the upper end hole of riser 8; The cylinder sleeve of two-way cylinder 9 is also bolted and is fixed on back timber 10; 8 bearings 5 are bolted respectively according to four rows, the installation position be fixedly mounted on below back timber 10 that two one row are mutually corresponding; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate I 4, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 left lower installation respectively, ensure that the degree of freedom of swing arm I 3 is subject to better restriction; Swing arm II 12 is bolted and links together with adapter plate II 11; 2 plain bearings 6 are bolted the midway location being fixed on adapter plate II 11, and two row bearings 5 install between line-spacing be consistent; 2 slide shafts 7 are fixedly mounted in 4 bearings 5 of back timber 10 lower right side installation respectively, ensure that the degree of freedom of swing arm II 12 is subject to better restriction; The both sides of support plate anchor shaft 16 have helicitic texture, and the mounting hole of its one end and back timber 10 midway location is threaded connection and is fixed together, and the other end is provided with support plate 14; In support plate anchor shaft 16 middle part, gear 17 is installed, be provided with bearing in the middle of gear 17, tooth bar II 18 is arranged on adapter plate I 4, and tooth bar I 13 is arranged on adapter plate II 11, tooth bar II 18 driven gear 17 synchronous axial system, gear 17 is with carry-over bar I 13 to move.
By reference to the accompanying drawings detailed description of the invention of the present utility model is explained in detail above, but the utility model is not limited to above-mentioned embodiment, in the ken that those of ordinary skill in the art possess, various change can also be made under the prerequisite not departing from the utility model aim.

Claims (5)

1. a manufacturing line conveyer carton centering body, is characterized in that: comprise swing arm I (3), adapter plate I (4), bearing (5), plain bearing (6), slide shaft (7), riser (8), two-way cylinder (9), back timber (10), adapter plate II (11), swing arm II (12), tooth bar I (13), support plate (14), support plate anchor shaft (16), gear (17), tooth bar II (18);
Described swing arm I (3) is bolted and links together with adapter plate I (4); One end of adapter plate I (4) and riser (8) link together and keep riser (8) and adapter plate I (4) at right angle setting; The cylinder rod of two-way cylinder (9) utilizes bolt to be fastened in the upper end hole of riser (8); The cylinder sleeve of two-way cylinder (9) is also bolted and is fixed on back timber (10); 8 bearings (5) are bolted respectively according to four rows, the installation position be fixedly mounted on below back timber (10) that two one row are mutually corresponding; 2 plain bearings (6) are bolted the midway location being fixed on adapter plate I (4), and two row bearings (5) install between line-spacing be consistent; 2 slide shafts (7) are fixedly mounted in 4 bearings (5) of back timber (10) left lower installation respectively, ensure that the degree of freedom of swing arm I (3) is subject to better restriction; Swing arm II (12) is bolted and links together with adapter plate II (11); 2 plain bearings (6) are bolted the midway location being fixed on adapter plate II (11), and two row bearings (5) install between line-spacing be consistent; 2 slide shafts (7) are fixedly mounted in 4 bearings (5) of back timber (10) lower right side installation respectively, ensure that the degree of freedom of swing arm II (12) is subject to better restriction; The both sides of support plate anchor shaft (16) have helicitic texture, and the mounting hole of its one end and back timber (10) midway location is threaded connection and is fixed together, and the other end is provided with support plate (14); In support plate anchor shaft (16) middle part, gear (17) is installed, in the middle of gear (17), bearing is installed, tooth bar II (18) is arranged on adapter plate I (4), tooth bar I (13) is arranged on adapter plate II (11), tooth bar II (18) driven gear (17) synchronous axial system, gear (17) band carry-over bar I (13) moves.
2. manufacturing line conveyer carton centering body according to claim 1, is characterized in that: also comprise roller (15), and described roller (15) is arranged on the both sides of the adapter plate in the middle of back timber (10).
3. manufacturing line conveyer carton centering body according to claim 1 and 2, is characterized in that: conveyer (1) and the installation site of swing arm I (3), swing arm II (12) keep symmetrical and install.
4. manufacturing line conveyer carton centering body according to claim 1 and 2, is characterized in that: will remain on same level in described tooth bar I (13), gear (17), tooth bar II (18) installation process.
5. manufacturing line conveyer carton centering body according to claim 1 and 2, is characterized in that: described swing arm I (3), swing arm II (12) setting height(from bottom) will be consistent.
CN201520607734.6U 2015-08-13 2015-08-13 Production line conveyer carton centering mechanism Expired - Fee Related CN204957715U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201520607734.6U CN204957715U (en) 2015-08-13 2015-08-13 Production line conveyer carton centering mechanism

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201520607734.6U CN204957715U (en) 2015-08-13 2015-08-13 Production line conveyer carton centering mechanism

Publications (1)

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CN204957715U true CN204957715U (en) 2016-01-13

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Family Applications (1)

Application Number Title Priority Date Filing Date
CN201520607734.6U Expired - Fee Related CN204957715U (en) 2015-08-13 2015-08-13 Production line conveyer carton centering mechanism

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Country Link
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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105059880A (en) * 2015-08-13 2015-11-18 昆明理工大学 Carton centering mechanism of production line conveyor

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105059880A (en) * 2015-08-13 2015-11-18 昆明理工大学 Carton centering mechanism of production line conveyor
CN105059880B (en) * 2015-08-13 2017-04-12 昆明理工大学 Carton centering mechanism of production line conveyor

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